Elevating Your Extracurriculars for Summer 2024

Elevating Your Extracurriculars for Summer 2024

The strength of your curriculum (rigor), the grades you receive in academic courses (core academic GPA), and your extracurricular activities (ECs) are what matter most in the evaluation of a college application. 

College counselors can help students choose the right courses and connect them with the learning support they might need to achieve excellent grades, but advising on the extracurricular activities that will help students stand out is much more complicated!

It’s getting harder and harder to stand out extracurricularly; a lot has been done before, and it can be tough to come up with original ideas when the internet provides conflicting information. It is easy to pay to undertake research or get published; spend time on a college campus taking a course alongside peers; or travel the world serving communities you don’t have an intimate connection to but that are exciting to visit and experience. For some applicants, these ECs do the trick—really! 

However, if you are targeting selective schools, you’ll benefit from not taking the easy path when it comes to ECs. 

Your ECs will need to not only support a clear academic narrative and demonstrate your intellectual curiosity but also highlight what matters most to you and what you care about in your world. You will benefit from getting creative! 

We understand not everyone needs or wants full-blown college counseling, but we also want to make sure students really understand the role of extracurriculars in the college admissions process and spend their time wisely. If you are interested in a standalone extracurricular planning session to maximize the summer of 2024, reach out!

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Class of 2024 Admission Results – Updated w/ED 2

Class of 2024 Admission Results – Updated w/ED 2

Congrats to all of our seniors! This post includes results released at the end of January. ED 2 tends to be released in February; we will update this post or post a fresh list at that time.

Alabama*
American
Arizona State*
Bard*
Baylor
Boise State
Boston U
Bowdoin
Brooklyn College
Claremont McKenna
Clemson + Business*
College of Charleston*
Colorado College*
Cornell*
Drexel*
Duke
Elon*
Emory
Fairfield*
Fordham*
George Mason
Georgia Tech*
Iowa
Indiana University + Kelley School of Business*
James Madison
Kenyon
Lehigh
Loyola MD*
Lynn
McGill*
Miami Ohio
Michigan State*
Montclair*
Northeastern*
Northwestern*
NYU*
Ohio State*
Ole Miss*
Penn State + Business and Engineering*
Providence College*
Purdue Engineering*
Roger Williams
Rowan*
Santa Clara*
Seton Hall*
South Carolina*
SMU*
St. Andrews
St. John’s
Stevens Institute of Technology*
SUNY Binghamton*
SUNY New Paltz
SUNY Poly
TCU
Tulane*
University of Central Florida*
University of Colorado, Boulder + Engineering*
University of Delaware*
University of Denver
University of Georgia*
University of Illinois Urbana Champaign + Engineering*
University of Maryland + Business*
University of Massachusetts, Amherst*
University of Miami + Business*
University of Michigan*
University of Nevada
University of North Carolina, Chapel Hill*
University of North Carolina, Wilmington
University of Oregon*
University of Pittsburgh*
University of Rhode Island*
University of Richmond*
University of South Carolina*
University of Southern California + Engineering*
University of Texas, Austin + Business*
University of Virginia*
University of Wisconsin + Engineering and Business*
Vanderbilt
Virginia Tech*
Wake Forest
WVU

*multiple students admitted

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Best Summer Programs for High School Students: Math

Best Summer Programs for High School Students: Math

The following summer activities are some of our favorites for students interested in math.

Hampshire College Summer Studies in Mathematics (HCSSiM)

HCSSiM is an intensive six-week encounter with college-level mathematics for talented and highly motivated high school students. It is demanding and expanding. Participants spend a major portion of each day actively engaged in doing mathematics (not simply learning the results of mathematics). HCSSiM students live in the dorms at Hampshire College in Massachusetts for six summer weeks, and study and play in its fields, woods, and academic buildings (not typically in that order). Typically, there are as many girls and non-binary students as boys. The daily schedule includes 4 hours of morning classes (Mon-Sat), the pre-supper Prime Time Theorem, and evening problem sessions. Afternoons are devoted to reading, rest, recreation, occasional trips to town, and informal study. Participants have unparalleled access to faculty members in classrooms, at meals, and in the program dorm. Productive collaborations continue long after the program, and many lifelong friendships are forged.

MathILy

Do you want to explore and create mathematics? Then read on, for that’s what MathILy is all about! In MathILy classes, instructors provide the framework and you get to make (and prove!) the conjectures. You will encounter new ideas, improve your problem-solving skills, learn lots and lots of advanced mathematics, and hone your overall thinking skills. You’ll meet others like you. (Yes, really. We promise.) Most of all, you will find serious mathematics infused with levity. MathILy is five weeks of maximized mathematical marvelousness. MathILy is designed for students with an insatiable curiosity about mathematics and who are creative and enthusiastic in their approaches to learning. Participants come from all over the United States and, sometimes, the world.

Program in Mathematics for Young Scientists (PROMYS)

PROMYS is a six-week summer program in mathematics for strongly motivated high school students who are carefully selected from across the U.S. and around the world. Founded in 1989, PROMYS is a residential program held on the campus of Boston University with approximately 80 high school students and 25 undergraduate counselors. PROMYS is particularly interested in increasing diversity in mathematics and in science and technology opportunities more broadly. They strongly encourage students who are female, Black, Latino/a, or from other groups underrepresented in STEM to apply.

The Ross Program

The first year course in the Ross Program is organized around a series of daily problem sets in number theory. These sets invite the participants to contemplate a variety of seemingly simple questions about numbers and their relationships. As the summer progresses students are encouraged to investigate these questions in increasing depth, and to return to them periodically as their skill at abstract reasoning and their collection of available tools become more powerful. This spiraling of concepts is summarized in the Ross Program’s motto: “Think deeply about simple things.”Students should expect to get deeply involved in intensive, mathematical work. Although formal classes take up only eight hours per week, Ross participants work hard during the many hours of unstructured time. They think about the many mathematical problems, and struggle with the difficulties. After a lot of effort they finally develop methods of thought that will prove useful in many aspects of their scientific lives.

Stanford University Mathematics Camp (SUMaC)

Stanford University Mathematics Camp (SUMaC) welcomes a select group of rising high school juniors and seniors from around the world for intensive study in advanced mathematics. SUMaC leads participants on a journey in advanced mathematics through lectures, guided research, and group problem-solving. In an environment centered on mathematics, participants explore current lines of mathematical research, the historical development of important areas of mathematics, and applications across scientific disciplines. SUMaC is for students who have an exceptional interest in mathematics, and who are prepared for study of abstract algebra and number theory, or algebraic topology.  Similar to what they would experience in a college course, participants can expect a heavy and engaging workload of assignments to work on outside of the live class meeting times.

Summer Workshop in Math @ Duke University

Summer Workshop in Math (SWiM) is a free workshop for rising high school seniors who are interested in mathematics, with a particular focus on advancing female participation in math. SWiM is particularly interested in increasing diversity in mathematics and in science and technology opportunities more broadly, so SWiM strongly encourages students to apply who are female or gender minorities, who are in their junior year of high school, and who are citizens or permanent residents of and reside in the US if held online.

Canada/USA Mathcamp

Canada/USA Mathcamp is an immersive summer experience for mathematically talented students ages 13–18 from all over the world. It is an intensive 5-week-long summer program for mathematically talented high school students, designed to expose these students to the beauty of advanced mathematical ideas and to new ways of thinking. More than just a summer camp, Mathcamp is a vibrant community, made up of a wide variety of people who share a common love of learning and passion for mathematics. At Mathcamp, students can explore undergraduate and even graduate-level topics while building problem-solving skills that will help them in any field they choose to study.

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Best Summer Programs for High School Students: Science Research

Best Summer Programs for High School Students: Science Research

The following programs are some of our favorites for students interested in science/science research.

The Air Force Research Laboratory (AFRL) Scholars Program

The Air Force Research Laboratory (AFRL) Scholars Program offers stipend-paid internship opportunities for undergraduate and graduate-level university students pursuing STEM degrees, as well as upper-level high school students; select locations also offer internships to university students pursuing education-related degrees and K–12 professional educators. The selected interns gain valuable hands-on experiences working with full-time AFRL scientists and engineers on cutting-edge research and technology and are able to contribute to unique, research-based projects.

Anson L. Clark Scholars Program

Through this seven-week, intensive research program, 12 juniors and seniors will have the opportunity to participate in hands-on research in a variety of areas at Texas Tech University with faculty. Scholars receive room and board, and at the successful completion of a project report, they will earn a $750 stipend. In addition to research, scholars will participate in activities, seminars, and field trips.

Garcia Program, Stony Brook University

This is an intensive seven-week program for gifted high school students which combines formal instruction with independent research and allows students to design original research projects with guidance from Garcia Center faculty, students, and staff. Students can continue during the academic year in the Mentor Program, which allows them to plan a research schedule with a faculty mentor throughout the year. Pre-arranged transportation and class schedules are coordinated with local school boards to enable students from a large geographical area to enroll in the program. Almost three hundred high school students have participated in this program since its inception.

Research Science Institute, Massachusetts Institute of Technology

Each summer, 80 of the world’s most accomplished high school students gather at the Massachusetts Institute of Technology (MIT) for the Research Science Institute (RSI). RSI is the first cost-free to students, summer science & engineering program to combine on-campus coursework in scientific theory with off-campus work in science and technology research. Participants experience the entire research cycle from start to finish. They read the most current literature in their field, draft and execute a detailed research plan, and deliver conference-style oral and written reports on their findings. RSI scholars first participate in a week of intensive STEM classes with accomplished professors. The heart of RSI is the five-week research internship where students conduct individual projects under the tutelage of mentors who are experienced scientists and researchers. During the final week of RSI, students prepare written and oral presentations on their research projects.

NASA & CalTech Jet Propulsion Lab

NASA Office of STEM Engagement (OSTEM) paid internships allow high school and college-level students to contribute to agency projects under the guidance of a NASA mentor.

COSMOS, University of California (Multiple Campuses)

COSMOS is an intensive four-week summer residential program for students who have demonstrated an aptitude for academic and professional careers in science, technology, engineering and mathematics (STEM) subjects. Talented and motivated students completing grades 8-12 have the opportunity to work with renowned faculty, researchers and scientists in state-of-the-art facilities while exploring advanced STEM topics far beyond the courses usually offered in California high schools. Through challenging curricula that are both hands-on and lab intensive, COSMOS fosters its students’ interests, skills, and awareness of educational and career options in STEM fields.

Simons Summer Research Program, Stony Brook University

Established in 1984 as an outreach program for local high school students, the Simons Summer Research program now attracts applicants from all across the country to the Stony Brook campus: Simons Fellows are matched with Stony Brook faculty mentors, join a research group or team, and assume responsibility for a project. The Simons Fellows conclude their apprenticeship by producing a written research abstract and a research poster. In addition to learning valuable techniques and experiencing life at a major research university, Simons Fellows attend weekly faculty research talks and participate in special workshops, tours and events. At the closing poster symposium, students are presented with a $1,000 stipend award. Learn more here.

The Summer Science Program

SSP is not a “camp.” It is a unique immersion experience with a strong culture that has evolved over more than half a century. It is talented young people discovering their limits, then overcoming them through collaboration. It is the shock of not being the smartest person in the room, followed by the joy of realizing that’s not a problem, it’s an opportunity. In high school, teenagers learn about science. At SSP, they do science. That’s different! SSP is research, not coursework. Participants collaborate in teams of three. Everyone learns from – and teaches – everyone else.

Stanford SIMR

SIMR is an 8-week summer internship program open to high school juniors and seniors. The program consists of hands-on research under the direct guidance of a one-on-one mentor at a top class lab within the Institutes of Medicine at Stanford University as well as select departments.  Students applying to the program can choose from our eight areas of research (institutes). After being accepted, they are then assigned to a specific institute based on their choices.

Non-“Program” Ideas We Love

Khan Academy Modules

Free Online Classes from Top Colleges & Universities

Lab Internship/Shadow

  • Cold email! Ask your HS science teachers to help you connect with college labs!

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Common Application Student Advisory Committee Applications

Common Application Student Advisory Committee Applications

Common App is looking for students to participate in the second cohort of their Student Advisory Committee. This committee aims to provide a student perspective on the college admission process. The goal is to gather valuable feedback on the Common App experience and students’ overall college application journey.

The Student Advisory Committee will consist of: 

  • High school juniors or seniors
  • 2-year college students
  • First-year students at 4-year institutions 

All students are welcome, whether or not they are applying to a Common App college or currently using the platform. For questions about the application process or serving on the committee, please visit the CA website or email studentadvisory@commonapp.org.

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Jeff Selingo – Upcoming College Admissions Book

Jeff Selingo – Upcoming College Admissions Book

I’m excited for Jeff Selingo’s upcoming book and its emphasis on considering the vastness of higher education beyond a handful of selective schools—much needed. Read more about it below.

Lots of people have been asking me what I’ve found so far in the research and how they might help, so I wanted to give a quick update before the calendar turns to 2024.

First, as I’ve talked to parents and college counselors in recent months, I’ve been thinking about what this book needs to do. In much the same way as Atomic Habits and The Power of Habit tried to shift our mindset about developing better habits, my belief is that this book must help us reexamine what makes a “good” college. The goal is not for students and parents to settle for a second choice, but to consider the vastness of higher education beyond a handful of selective schools.

As I map out the book, the first half will be focused on explaining to readers why they need to reevaluate their college strategy in the first place. If you’ve been through the process recently, you’re probably thinking duh, of course they do. But everyone approaches this process as newbies, thinking their experience will be different. And as my editor reminds me, we live in an aspirational society: we want to aim for what we’re told is the top.

In the first half, I plan to illustrate how the admissions landscape has shifted in just the last few years by following the college-going experiences of recent graduating classes at three or four high schools that I’m in the process of identifying now (if you’re at a high school and want to be considered, reach out). For that section, I’m often reminded of this scene from Jeff Makris, director of college counseling at Stuyvesant High School, for a piece I wrote in New York magazine last year:

While we spoke, Makris pulled up the admissions results for his students going back to 2016. He rattled off a bunch of college names. About the same number of his students get accepted at the usual suspects in the Ivy League now as six years ago, though many more apply too. What might surprise students and parents from a few years ago, however, is the next set of colleges Makris mentioned: Northeastern, Case Western, Boston University, and Binghamton University. In 2016, 298 students applied to Northeastern, and 91 were admitted; last year, applications to the Boston school jumped to 422, but only 49 were admitted. Last year, 129 Stuy students applied to Case Western, about the same number as in 2017, but admits were almost cut in half to 36. In 2016, the acceptance rate for Stuy’s students who applied to Boston University was 43 percent; last year, it was 14 percent. Normally, Makris said, about 50 to 75 graduates enroll at Binghamton University, one of the state’s top public universities but a safety school among many Stuy students. This fall, 124 students went there.”

So how can you help? He says:

I’m always on the lookout for families who’ve been through the process at least once and have a kid in college (or recently out) and might have a story to tell about how they were on the path for Plan A and it didn’t work out—they didn’t get in, they couldn’t afford it, or for some other reason it wasn’t the right fit—and they turned to Plan B, which in the end turned out better.

If you can help in any way as a potential source, please complete this short form. I won’t be able to respond to everyone, but I will reach out if you fit what I’m looking for to illustrate the research.

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Welcome to the Admissions ‘Luckocracy’

Welcome to the Admissions ‘Luckocracy’

A great blog by Jim Jump. A teaser:

There is an ongoing debate within the college admissions world about whether the admission process is, or should be, a meritocracy. That debate encompasses a subdebate about whether merit is real, or merely a code word for privilege. Is meritocracy really “privilegeocracy”?

It’s worth the quick read! 

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College Rejections Aren’t Personal

College Rejections Aren’t Personal

I’m thankful that most of our students are admitted to their top choice schools in the EA, ED 1, or ED 2 rounds. But every year, some students are not so strategic with their choices and, therefore, are not as successful in these rounds. Each year since it was posted, I have revisited a wonderful article on rejection by Adam Grant. It begins by reminding us of what both students and parents can fast-forget when dealing with a college rejection:

When someone rejects you, it helps to remember that there’s another you.

You are not in this alone! A college with a 15% admit rate rejects 85% of applicants, so you’ve got a lot of company. Remember that you have to play to win, and when the game is over, the best thing you can do is move on confidently. 

As someone who has been rejected an appropriate amount, How to Bounce Back From Rejection is something I know well! Yet, it’s not something that can always be taught or that we can prepare students for, especially if a student is used to coming out on top. During a sea change year (i.e., this year and… honestly…the pathreet 3 years!) and when there is a lot of misinformation and misguidance around how hard it is to get into selective schools in the US, results can feel even more confusing. 

What Grants also points out that I hope all students and parents can keep in mind is rejection often happens for a reason that is not personal to the applicant: lack of fit. Fit is not all about where the student thinks they will be the best fit academically, culturally, etc. Fit is determined based on what a college needs (its institutional priorities)—it’s a moving target and not always a two-way street. Students don’t control, and in many cases don’t even know or understand, a college’s institutional priorities. How can they be when colleges are not transparent about it? What constitutes a fit in one applicant pool might not be a fit in another, and this can vary from school to school and year to year. 

Students, please remember: 

We are more than the bullet points on our resumes. We are better than the sentences we string together into a word salad under the magnifying glass of an interview. No one is rejecting us. They are rejecting a sample of our work, sometimes only after seeing it through a foggy lens.

Hang in there. In the end, as hard as it will feel to accept in the moment, things almost always work out just how they should.

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Students Admitted Early Decision as a Percentage of Enrolled Freshmen

Students Admitted Early Decision as a Percentage of Enrolled Freshmen

In 2022, Education Reform Now released the first brief in their Future of Fair Admissions series. The brief contained the most comprehensive research on college admissions early decision plans, which provide an applicant an admissions decision in mid-December in exchange for the student’s commitment to enroll if admitted. 

The chart linked below from ERN shows the 84 IHEs where a third or more of freshmen were enrolled through early decision (ED) programs in 2022 plus 6 more that enrolled more than a third of their freshmen ED in 2020 but did not share data for 2022. The Common Data Set does not publish the number of students who are enrolled through early decision. Since early decision is binding, you would expect a very high share of all students admitted ED to enroll. Blank spaces represent years when data were not available. 0% represents years an IHE did not offer ED.

You can review the chart here
 
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January Executive Function Intensive in NYC + 1:1 Offerings

For college students and soon-to-be college students based in NYC!

This intensive, two-day program will be in person in a small-group format and cover general planning, time management, study skills, reducing procrastination, accomplishing long-term assignments, routine building, self-care, and resilience. Dr. Josephson also offers individualized 1:1 support both in person and virtually. 

Please see the flyer below and learn more about Dr. Josephson’s practice here